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But if Intel is indeed sticking with 16 lanes of PCIe 3.0 for its next-gen CPUs, AMD’s 24 lanes of PCIe 4.0 (which you’ll admittedly need a fairly expensive X570 motherboard to officially make use of) represents a 200% bandwidth increase compared to what Intel will reportedly offer with its new CPUs.Add the lanes from the chipset as well as the CPU, and that disparity is almost certainly going to increase even more.
So even if Intel adds a couple of cores and keeps pricing relatively steady, as it’s done in the recent past, it’s still tough to see how, say, a 10-core K series chip in the roughly 0 range is going to make a whole lot of sense when a 12-core Ryzen 9 3900X sells for about that price (and will probably be less by early next year).
Intel’s next-gen mainstream CPUs, dubbed Comet Lake-S, aren’t expected land in desktops until sometime in 2020.
But the rumors and leaks about the company’s upcoming 14nm ( ? And boy, it’s hard to see how these chips -- which look to be a fifth (if you count Coffee Lake Refresh) re-warming of the company’s 2015-era Skylake architecture -- are going to find favor among just about any enthusiast or system builder next year.
Granted, many won’t take advantage of all that bandwidth, but with SSD prices continuing to fall, more and more people are likely to run up against the limitations of Intel’s PCIe 3.0 lanes.
Of course, not everything is Zen in the world of Ryzen.According to recent reports from Hong Kong’s XFastest, at least partially corroborated by an ECS slide posted by Japan’s ASCII (both of which are covered in more detail here, Intel’s new mainstream desktop CPUs will have up to 10 cores, with a max TDP of 125 watts, while sporting the same 16 lanes of PCIe 3.0 bandwidth (a spec that’s been around since Ivy Bridge back in 2012) and the same (official) DDR4-2666 memory support of 2015’s Skylake chips.